public void ReverseSides()
{
ChessBoard tempboard = new ChessBoard();
for (char tchar = 'a'; tchar <= 'h'; tchar++)
{
for (sbyte trank = 1; trank <= 8; trank++)
{
Square tempsquare = new Square(tchar, trank);
Square rsquare = tempsquare;
rsquare.Reverse();
tempboard[rsquare] = (sbyte)(-1 * this[tempsquare]);
}
}
this.squares = tempboard.squares;
}
public static List <ChessBoard> GetReversedPossibleWhitePositions(ChessBoard board, char file, sbyte rank, sbyte piece)
{
ChessBoard tempboard = board.ShallowCopy();
tempboard.ReverseSides();
Square tempsquare = new Square(file, rank);
tempsquare.Reverse();
char piecechar = FIDEnotation.GetLetter(piece);
FIDEnotation.GetPiecePositionsType function = FIDEnotation.GetWhitePiecePositionsType(piecechar);
List <ChessBoard> result = function(tempboard, tempsquare.file, tempsquare.rank);
foreach (ChessBoard temp in result)
{
temp.ReverseSides();
}
return(result);
}
public static List <Square> GetPossibleWhiteAttackersToSquare(ChessBoard board, Square goalsquare)
{
ChessBoard tempboard = board.ShallowCopy();
tempboard.DebugConsoleSimpleDraw();
Console.WriteLine();
tempboard.ReverseSides();
//tempboard.DebugConsoleSimpleDraw();
Square tempsquare = new Square(goalsquare.file, goalsquare.rank);
tempsquare.Reverse();
var result = WhitePiece.GetPossibleBlackAttackersToSquare(tempboard, tempsquare);
for (int i = 0; i < result.Count; i++)
{
Square temp = result[i];
temp.Reverse();
result[i] = temp;
}
return(result);
}
